Japanese venture company Morpho introduced last week its new photographic technology that could provide clearer images by removing obstructive particles, like dust, mist, and snow from digital camera source.

According to CNET, the company announced the new Morpho Dehazer during the 2015 Mass-Trans Innovation Japan convention in Chiba. The new technology is designed for mass transport vehicles, such as trucks and trains. It is for vehicles travelling in mountain, harbors, highways, and train platforms. Unimpaired visual is very important in these areas, which is why these places are focal points for the service that the Dehazer can provide.

In a report by Tech Xplore, the Morpho Dehazer basically removes particles that can obstruct the vision to provide clearer image. According to reports the technology is capable of nullifying the red-eye effect. It could be considered as the next big thing in the clearer images business. Experts in image processing in the University of Tokyo founded Morpho. It has become a popular brand in the software image processing business for mobile devices.

Techislet reported that Morpho plans to integrate the new technology into driverless car. It can also be used for home surveillance technologies. The company has already integrated some of the Dehazer technology to the Samsung S6 Edge+ and galaxy Note 5. These Morpho devices have Morpho Hyperlapse, which helps stabilize the frames when shooting videos on motion. It also has PhotoSolid to clear the blur in images. It can do this by patching together various images to come up with a single blur free image.

According to Morpho president Masaki Hilaga, consumers "expect more from imaging solutions. Being able to capture and preview immediately, edit and share their images with others in the global digital environment is something more and more people expect to be able to do with relatively little effort."

The Morpho Dehazer will be out for sale to the public soon, since the company is planning to put the technology in autonomous vehicles later on. This allows clearer videos signals with no obstruction for driverless cars that are currently under development.